Purity 99.5%: Copper Selenite with 99.5% purity is used in semiconductor doping, where it enhances electrical conductivity uniformity.

Particle Size <10 µm: Copper Selenite with particle size below 10 µm is used in ceramic glaze formulations, where it improves surface smoothness and color consistency.

Molecular Weight 254.52 g/mol: Copper Selenite of molecular weight 254.52 g/mol is used in battery electrode manufacturing, where it ensures precise stoichiometric balance for optimal energy storage capacity.

Stability Temperature up to 320°C: Copper Selenite stable up to 320°C is used in high-temperature catalysis, where it maintains catalytic activity under thermal stress.

Melting Point 340°C: Copper Selenite with a melting point of 340°C is used in glass coloration processes, where it assures stable color development during heat cycles.

Solubility 12 mg/L (25°C): Copper Selenite with solubility of 12 mg/L at 25°C is used in analytical reagent preparation, where it enables accurate trace level detection.

pH Stability Range 4-8: Copper Selenite stable within pH 4-8 is used in specialized pigment applications, where longevity and color retention are required in variable environments.

Bulk Density 2.9 g/cm³: Copper Selenite with bulk density of 2.9 g/cm³ is used in powder metallurgy, where it allows uniform blending and compaction for consistent material properties.

Crystallinity >95%: Copper Selenite with over 95% crystallinity is used in optical material synthesis, where it improves light transmission and refractive index control.

Trace Metal Content <50 ppm: Copper Selenite with trace metal content below 50 ppm is used in electronic film deposition, where it minimizes contamination and defects.